Why diborane is electron deficient

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There exist also other structures like the hypho-boranes, but they are less important. Sources D. Shriver, P. Brea, I. Corral, O. Christe, D. Dixon, D. McLemore, W. Wilson, J. Sheehy, J. Haartz, D. Montero-Campillo, I. Lie, E. Evangelisti, G. Bendazzoli, L. El Khatib, G. Bendazzoli, S. Evangelisti, W. Helal, T. Leininger, L. Tenti, C. Savin, R. Nesper, S. Wengert, T. Cui, W. Yang, L. Zhao, Y. Ding, G. Zhang, W. Li, L. Zhao, M.

Chen, M. Zhou, J. Li, G. Alkorta, O. Elguero, I. Yanez, O. Dalton Trans. Your documents are now available to view. Confirm Cancel. From the journal Pure and Applied Chemistry. Supplementary Materials Cite this. You currently have no access to view or download this content. Please log in with your institutional or personal account if you should have access to this content through either of these.

Showing a limited preview of this publication:. Abstract In this short review, different phenomena that are triggered by the interaction of different compounds or clusters of compounds with electron-deficient systems, in particular beryllium and boron compounds, have been discussed in some detail. Keywords: acidity enhancement ; cooperativity ; Distinguished Women in Chemistry and Chemical Engineering ; electron and anion sponges ; electron-deficient systems ; ion-pair formation ; non-covalent interactions.

Published Online: Published in Print: Some interesting features of the rich chemistry around electron-deficient systems. Pure and Applied Chemistry , 92 5 , Pure and Applied Chemistry, Vol. Pure and Applied Chemistry. Copy to clipboard. Log in Register. Volume 92 Issue 5. This issue. All issues. So, the diborane ring is held by 4 electrons while 2 electrons spread over three atoms.

This does not satisfy the octets of all atoms simultaneously. Thus, it is an electron deficient molecule. Thus B2H6 is an electron deficient component. In Borane BH 3 the Boron atom is surrounded by 6 electrons, so it is electron deficient due to its incomplete octet.